Anti-Microbial Office Designs

Clean the Sky - Positive Eco Trends & Breakthroughs

Cybernet's New Office is Completed with Anti-Microbial Surfaces

— August 21, 2021 — Art & Design
Matteo Belfiore Architecture and Skukoh have produced a contemporary office design that is equipped with anti-microbial surfaces.

The updated headquarters for cyber company Cybernet is finished with Fiandre Architectural Surfaces - an Italian manufacturer that specializes in high-end ceramic surfaces. The purpose of the design was to priorities the well-being of Cybernet's employees. In order to do so, the designers chose Fiandre's Urban Active Surfaces collection to finish the space.

Through a process called photocatalysis, Fiandre's ceramic surfaces react with light and begin to oxidize - thus destroying bacteria and viruses. Not only does the office boast cleanliness, but it is also a highly aestheticized space. The architects drew from Japanese rock gardens in order to make a welcoming lobby space.

Image Credit: Matteo Belfiore Architecture

Trend Themes

  1. Anti-microbial Surfaces — The trend of incorporating anti-microbial surfaces in offices to ensure the well-being of employees and visitors.
  2. Photocatalysis Technology — The trend of using photocatalysis technology in construction and design to destroy bacteria and viruses on surfaces.
  3. Japanese-inspired Office Design — The trend of using Japanese design elements in office spaces to create a calming and welcoming environment.

Industry Implications

  1. Architecture and Design — The architecture and design industry can utilize anti-microbial surfaces and photocatalysis technology to create clean and safe spaces for clients.
  2. Construction — The construction industry can employ the use of anti-microbial surfaces and photocatalysis technology in building materials to promote healthy and safe environments for occupants.
  3. Technology — The technology industry can explore new advancements in photocatalysis technology to develop more efficient and effective ways of destroying bacteria and viruses on surfaces.
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